A child who weighs 55 pounds receives a prescription for cefotaxime 150 mg/kg/day intravenously in divided doses every 6 hours.
How many mg should the nurse administer each day?

Choice A rationale:

The client’s presentation of a noticeable facial droop and garbled speech are classic symptoms of a stroke. These symptoms indicate that the brain is not receiving enough oxygen, which can lead to permanent damage if not treated immediately. Therefore, this client requires immediate health interventions.

Choice B rationale:

This choice is identical to Choice A. The client’s noticeable facial droop and garbled speech are indicative of a stroke and require immediate attention.

Choice C rationale:

This choice is also identical to Choices A and B. The client’s symptoms are indicative of a stroke, which is a medical emergency that requires immediate intervention.

Choice D rationale:

While the change in the client’s speech after having a few drinks at a restaurant could be due to alcohol consumption, it could also be a symptom of a stroke, especially when combined with the facial droop. However, this choice does not directly indicate the need for immediate health interventions as it lacks the specificity of the symptoms compared to Choices A, B, and C.

Choice E rationale:

The time of arrival and mode of transportation do not directly indicate the need for immediate health interventions. However, the mention of facial drooping and garbled speech upon arrival at the emergency department reinforces the urgency of the situation, as these are classic symptoms of a stroke. In conclusion, Choices A, B, C, and E all highlight data that indicate the client is in need of immediate health interventions due to potential stroke symptoms. It’s important to note that strokes require immediate medical attention to minimize brain damage and potential complications. Normal ranges for lab parameters would not apply in this scenario as it’s based on clinical observations rather than laboratory findings.

Choice D rationale:

"Antiembolism stockings on, leg exercises performed hourly" indicates that activities to prevent postoperative venous stasis were performed correctly. This combination ensures both mechanical prophylaxis (antiembolism stockings) and physical activity (leg exercises) to prevent blood clots in postoperative patients.

Choice A rationale:

"Leg exercises not performed because of placement of antiembolism hose" is not the correct approach. Leg exercises should be encouraged even when antiembolism stockings are worn, as they have complementary benefits in preventing venous stasis.

Choice B rationale:

"Antiembolism stockings removed hourly during leg exercises" is not recommended. Antiembolism stockings should be worn continuously to be effective in preventing venous stasis.

Choice C rationale:

"Client demonstrates the ability to move all extremities well" is a good sign of the client's mobility but does not confirm that the specific activities to prevent postoperative venous stasis were performed correctly. The combination of stockings and leg exercises is more comprehensive.